Article Details

Abstract

High process standards required, large installation tasks, and a large number of participating manufacturers are characteristics of the main equipment installation of UHV projects. There are existing a number of problems, including intricate quality verification of the preceding process operation, quality control that depends on the caliber of the installation personnel, inconvenience in tracking down the quality of the installation process, and difficulties in exchanging installation information between installation units, supervisors, and owners. In order to further enhance the installation and control level of UHV project main equipment and facilitate the intelligent and refined installation and control of the main equipment, this paper proposes a construction idea of an intelligent installation platform for the UHV project main equipment and studies the design and implementation scheme of the platform. The platform has been utilized in one UHV substation project. The practice suggests that the construction of the intelligent installation platform has promoted refined management of installation quality for the UHV project main equipment and enhanced the efficiency of project construction.

Keywords

UHV project; main equipment; intelligent installation platform

References

1. [1] Mao Zhibing Promoting the construction of smart construction sites to support the sustainable and healthy development of the construction industry. Journal of Engineering Management, 2017, 31 (5): 80-84
2. [2] Zhu He, Zhang Jun, Ning Wenzhong, etc Exploration of Smart Construction Site Application - Intelligent Construction and Intelligent Management [J]. China Construction Informatization, 2017 (9): 76-78
3. [3] You Tianliang, Lv Xinhao, Zhang Yubo, etc BIM+Smart Construction Site Integrated Construction Technology for Large Medical Buildings [J]. Construction Technology, 2020, 49 (6): 35-37
4. [4] Wu Jianqing, Song Xiuguang Overview of Key Technologies Development for Smart Highways [J]. Journal of Shandong University: Engineering Edition, 2020, 50 (4): 52-69
5. [5] Shi Haibo Research on Electrical Installation Technology in Power Engineering Construction [J]. Shandong Industrial Technology, 2014 (19): 108
6. [6] Ma Weihua, Jiang Haitao, Zhang Ning, etc Analysis of Key Measures for Improving the Installation Quality of Electrical Equipment in Ultra High Voltage Substations [J]. Electrician and Electrician, 2017 (9): 67-68
7. [7] Chen Ou, Yan Ming Research on Electrical Installation Technology in Power Engineering Projects [J]. China High tech, 2020 (23): 65+67
8. [8] Zhongyu, Chen Yu, Zhang Chunning, etc Analysis of Key Control Points for GIS Equipment Installation and Testing in Substations [J]. Electrical Technology, 2020 (17): 103-105+108
9. [9] Xiao Feng, Fu Baoliang, Pan Hongcheng, etc Research on the Application of RFID based Intelligent Control Platform for Main Equipment of Ultra High Voltage Substation [J]. Electrical Engineering, 2022 (3): 63-66
10. [10] Jiang Haitao, Cui Yanjun, Zhang Erle, etc Application of Internet of Things Technology in Intelligent Control Platform for Ultra High Voltage Main Equipment [J]. Electrical Engineering, 2021 (12): 60-64
11. [11] Li Weiyuan, Tang Bin, Xiao Xianfu, etc GIS installation environment closed-loop monitoring system [J]. Mechanical and Electrical Technology, 2022 (5): 8-11+43
12. [12] Zhou Peng, Li Song Design of flange docking alarm system for GIS equipment installation in substations [J]. Communication Power Supply Technology, 2020, 37 (11): 54-55+58
13. [13] Zhu Yongzhi Research on the Installation Standardization of Large Oil immersed Power Transformers [D]. Baoding: North China Electric Power University, 2011
14. [14] MAZZANTI G，STOMEO G，MANCINI S. State of the Art in Insulation of Gas Insulated Substations: Main Issues, Achievements, and Trends [J].IEEE Electrical Insulation Magazine，2016，32（5）：18-31.
15. [15] CHRISTOPHOROU L G，OLTHOFF J K，BRUNT R J V. Sulfur Hexafluoride and the Electric Power Industry [J].IEEE Electrical Insulation Magazine，1997，13（5）：20-24.
16. [16] PANG X H，WU H，PAN J，et al，2018. Analysis of Correlation Between Internal Discharge in GIS and SF6 Decomposition Products [C]//2018 IEEE International Conference on High Voltage Engineering and Application (ICHVE).Athens：IEEE，2019：1-4.
17. [17] Chen Jing Correct use of torque wrench [J]. Enterprise Technology and Development, 2009 (22): 69-71
18. [18] Zhao Paihang, Wang Keyin, Huang Haiying, etc Development status and prospects of torque wrenches [J]. Tool Technology, 2015, 49 (10): 20-24

About the authors

Liu Yangyang (1990-), male, Han ethnicity, Hubei Xiaorenren, senior engineer, master's degree, research direction: digitalization of power grid and power informatization.